Dhanushka Rumesh | M☉NAD pfp
Dhanushka Rumesh | M☉NAD

@dhanushka

With FHE, we can now: Submit encrypted transactions Attach encrypted metadata to smart contracts Enable confidential voting, where only the outcome is public This is a shift in how (decentralized) applications can be built. FHE: How It Works At the core of the FHE system are three keys: Public Key Used to encrypt data. This is the key users interact with when submitting information from the frontend. Anyone can use it to encrypt inputs before sending them on-chain. Evaluation Key This is the key that allows computation directly on encrypted data. No decryption is needed during computation. Private Key This key is the only thing that can decrypt the result of the computation. Whoever holds the private key can choose whether or not to reveal the output.
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